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IMM Photonics, is a photonics technology provider featured on GoPhotonics for its broad portfolio of laser sources, precision optics, and sensing modules. The company develops compact solutions including VCSEL laser diodes for 2D imaging, red dot and line laser modules for alignment and measurement, right-angled microprisms for precise beam control, and borosilicate hot mirrors for thermal management in optical systems. Its products are designed for accurate light generation, beam shaping, and reliable optical performance across visible and near-infrared wavelengths. IMM Photonics solutions are widely used in sensing, imaging, laboratory instrumentation, industrial alignment, and LiDAR-based applications.
IMV-850-1-PL-TO46 - VCSEL Laser Diode for 2D Imaging Applications
The IMV-850-1-PL-TO46 from is a VCSEL laser diode that operates at a wavelength of 850 nm for 2D imaging and sensing applications. It provides stable single-mode operation with polarization locked emission for accurate optical alignment and reliable imaging performance. The laser diode produces a circular Gaussian beam and features both single transverse and longitudinal modes with an anti-reflective coated window for improved optical efficiency. Housed in a hermetically sealed TO-46 can package, it is suitable for optical sensors and encoders, facial recognition systems, LiDAR-based sensing, and targeting applications.
Microprisms - Right-Angled Microprisms for Sensing Applications
The Microprisms are right-angled prisms designed for sensing applications. They provide high optical precision with good surface quality, flatness, and dimensional accuracy for reliable beam manipulation in compact optical systems. These prisms feature a high clear aperture, optional aluminium coating, and precise angular tolerances to support stable optical performance. Available in multiple miniature sizes, they are suitable for integration into sensing and photonic applications requiring compact and accurate optical components.
Hot mirrors - Borosilicate Hot Mirror
The Hot Mirrors are borosilicate optical mirrors that operate at wavelengths from 420 nm to 1050 nm for thermal management in optical systems. They provide high transmission in the visible spectrum and strong reflection in the infrared range to efficiently remove unwanted heat while maintaining optical performance. These dielectric mirrors feature good surface quality and flatness for reliable beam handling and are manufactured using Borofloat glass for stable optical operation. Available in multiple sizes, they are suitable for applications requiring heat reduction in optical and photonic systems.
IMM1020-655-10-E - Red Dot Laser Module for Pointing Applications
The IMM1020-655-10-E is a red dot laser module that operates at a wavelength of 655 nm for pointing and alignment applications. It delivers stable optical output with a collimated or focused beam and low beam divergence for accurate targeting and positioning performance. The laser supports both continuous wave and modulated operation and integrates plastic or glass optics for flexible optical configurations. Designed for measuring instruments, laboratory systems, alignment lasers, and sensor applications, it is suitable for precision industrial and scientific use.
IMM1618-635-1-L - 635 nm Red Line Laser for Laboratory Applications
The IMM1618-635-1-L is a red line laser that operates at a wavelength of 635 nm for laboratory and alignment applications. It produces a single homogeneous laser line with low beam divergence for precise positioning and measurement tasks. The laser supports both continuous wave and modulated operation and integrates plastic or glass optics for flexible optical performance. Housed in a black anodized aluminium package, it is suitable for measuring instruments, pointing systems, alignment lasers, laboratory equipment, and sensor applications.
With its portfolio of VCSEL laser diodes, red dot and line laser modules, precision microprisms, and borosilicate hot mirrors, IMM Photonics enables accurate light generation, beam shaping, and optical control across compact photonic systems. By combining stable laser performance, high-precision optical components, and robust system integration, the company delivers reliable operation, enhanced measurement accuracy, and efficient optical functionality in demanding environments. IMM Photonics’ focus on photonic precision, compact design, and application versatility makes it a trusted solution provider for sensing, imaging, alignment, laboratory instrumentation, and industrial optical applications.
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